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排球比赛服的功能结构设计研究 被引量:7

Study of functional structure design of volleyball match sportswear
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摘要 科学设计排球比赛服的功能结构,必须要了解人体静动态下的物理与生理特征。首先在5个被测量者所穿着的合体连身衣上确定网格线,通过观察网格线在17种姿态下的变化,了解皮肤变化的物理特征;其次是通过实验收集排球运动中人体体表的热湿数值,通过分析确定运动中的人体体表温湿变化及分布特点的生理特征;最终基于观察、测试和数据分析结果,对排球比赛服的功能结构设计进行具体探讨,并提出一种科学的排球比赛服功能结构设计方法。 In order to design the functional structure of volleyball match sportswear scientifically, it is necessary to understand the physical and physiological features of the body under both static and dynamic conditions. This study first measured five subjects who were on fit one-piece sportswear whose grid lines were determined, and the change of physical features of the skin were obtained by observing the change of the grid lines on the sportswear under the conditions of 17 different dynamic postures. Then, the thermal- moisture change data of human body during volleyball sports were collected and the change and distribution of temperature and moisture on the skin representing the physiological feature were worked out through analysis. And finally, the functional structure design of volleyball match sportswear was discussed based on observation, testing and analysis, along with a scientific design method.
出处 《纺织学报》 EI CAS CSCD 北大核心 2014年第2期71-77,共7页 Journal of Textile Research
基金 北京市教育委员会科研项目(KM201210012011) 北京服装学院创新团队项目(110101110101)
关键词 排球比赛服 功能需求 物理特征 生理特征 设计方法 volleyball match sportswear functional requirement physical feature physiological feature design method
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  • 1刘高燕.出汗与健康[J].解放军健康,2004(6):38-39. 被引量:2
  • 2谌玉红,姜志华,郝俊勤.热环境下人体穿着热湿舒适性研究[J].人类工效学,2005,11(2):13-15. 被引量:12
  • 3KICKLIGHTER T H,EDSALL J R, MARTIN M. Effectof moisture-wicking garments on temperature regulationduring exercise [ J ]. Int J Athl Ther Trai,2011 , 16:9-13.
  • 4KINNICUTT P, DOMINA T,MACGILLIVRAY M, etal. Knit-in 3D mapping's effect on thermoregulatory:preliminary results [ J ]. J Text I,2010,101 :120 -127.
  • 5KITTERINGHAM G. Outdoor clothing now matchesinsulation to specific zones [ J ]. Tech Text Int, 2006,15: 21 -22.
  • 6WANG F, DEL FERRARO S, MOLINARO V, et al.Assessment of body mapping sportswear using a manikinoperated in constant temperature mode andthermoregulatory model control mode [ J ]. Int JBiometeorol, 2014,58 : 1673 - 1682.
  • 7NISHI Y, GAGGE A P. Direct evaluation of convectiveheat transfer coefficient by naphthalene sublim-ation [J]. J Appl Physiol, 1970 , 29: 830 -838.
  • 8WANG F, DEL FERRARO S, LIN L Y, et al.Localised boundary air layer and clothing evaporativeresistances for individual body segments [ J ].Ergonomics, 2012,55: 799 - 812.
  • 9WANG F, ANNAHEIM S,MORRISSEY M, et al. Realevaporative cooling efficiency of one-layer tight fittingsportswear in a hot environment [ J ]. Sc and J Med SciSports,2013 , doi: 10. 1111/sms. 12117.
  • 10MACHADO-MOREIR C A, SMITH F M, VAN DEN HEUVEL A M, et al. Sweat secretion from the torso during passively induced and exercise related hypertherma I J]. Eur J Appl Physiol, 2008, 104: 265 - 270.

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